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    • 52. 发明授权
    • Information acquiring apparatus and information acquiring method for acquiring mass-related information
    • 信息获取装置和用于获取大量相关信息的信息获取方法
    • US08704194B2
    • 2014-04-22
    • US13083510
    • 2011-04-08
    • Manabu KomatsuHiroyuki Hashimoto
    • Manabu KomatsuHiroyuki Hashimoto
    • H01J49/14H01J49/10
    • H01J49/06H01J49/0463
    • Target molecules in a sample can be detected at an improved sensitivity by means of a mass spectrometer. A sample with or without a matrix is placed on a substrate and irradiated with a converged and pulsed primary beam selected from an ion beam, a neutral particle beam or a laser beam. Secondary ions and neutral molecules are emitted along with protons from the irradiated point of the sample as an electric field is applied between the substrate and an extraction electrode disposed above the substrate. A proton-control electrode is arranged in axial symmetry with the trajectory of the primary beam. A voltage is applied thereto so that the generated electric field decelerates the flying protons to raise their adhering efficiency to the flying neutral molecules.
    • 可以通过质谱仪以更高的灵敏度检测样品中的靶分子。 将具有或不具有矩阵的样品放置在基底上并用从离子束,中性粒子束或激光束中选择的会聚且脉冲的一次束照射。 随着电场施加在基板和设置在基板之上的引出电极之间,二次离子和中性分子与质子的辐射点一起被发射出来。 质子控制电极与主光束的轨迹轴对称。 施加电压使得所产生的电场使飞行质子减速,以提高它们对飞行中性分子的附着效率。
    • 53. 发明授权
    • Method for obtaining information and device therefor
    • 获取信息的方法及其设备
    • US07851749B2
    • 2010-12-14
    • US12017584
    • 2008-01-22
    • Manabu KomatsuHiroyuki HashimotoYohei MurayamaKazuhiro Ban
    • Manabu KomatsuHiroyuki HashimotoYohei MurayamaKazuhiro Ban
    • H01J49/00
    • H01J49/142
    • A method for obtaining information on a mass of an object by time-of-flight mass spectrometry. This method includes placing colloidal metal particles for promoting ionization of the object inside the object at a depth ranging from 0.1 nm to 100 nm in opposition to a primary beam for the ionization; irradiating the object with the primary beam selected from the group of ions, neutral particles, and electrons, which can be focused, pulsed, and are capable of scanning, and laser beams, which can be focused, pulsed, and are capable of scanning to ionize a constituent of the object and to allow the ionized constituent to fly out of the object; and obtaining information on the mass of the flying constituent of the object by time-of-flight mass spectrometry.
    • 一种通过飞行时间质谱法获得物体质量信息的方法。 该方法包括将胶体金属颗粒放置在与离子化的主光束相反的0.1nm至100nm范围内的物体内部物体的离子化; 用可以被聚焦,脉冲和能够扫描的离子,中性粒子和电子组中选择的主要束照射物体,以及可以被聚焦,脉冲且能够扫描的激光束 电离物体的成分并使离子化成分从物体飞出; 并通过飞行时间质谱法获得关于物体飞行成分质量的信息。
    • 54. 发明授权
    • Information obtaining method
    • 信息获取方法
    • US07795579B2
    • 2010-09-14
    • US12120512
    • 2008-05-14
    • Manabu KomatsuHiroyuki HashimotoYohei MurayamaKazuhiro Ban
    • Manabu KomatsuHiroyuki HashimotoYohei MurayamaKazuhiro Ban
    • B01D59/44
    • H01J49/145
    • An information obtaining method for obtaining information about a mass of a component of an analyte using a time of flight mass spectrometer and obtaining information about a distribution state of the component based on the obtained information about the mass includes the step of: (1) adding a self-reactive substance to the analyte on a base to facilitate ionization of the component; (2) irradiating the analyte with a primary beam in the presence of the self-reactive substance, thereby ionizing the components and allowing resulting ions to fly; (3) obtaining information about mass of the flying ions using the time of flight mass spectrometer; and (4) obtaining information about the distribution state of the component on the base based on the information about the mass.
    • 使用飞行时间质谱仪获取关于分析物的成分的质量的信息的信息获取方法,基于获得的关于质量的信息获得关于部件的分布状态的信息,包括以下步骤:(1)添加 对基底上的分析物的自反应物质,以促进组分的离子化; (2)在存在自反应物质的情况下用主光束照射分析物,从而电离成分并允许所得离子飞行; (3)使用飞行时间质谱仪获取关于飞行离子质量的信息; 和(4)基于关于质量的信息获得关于组件在基础上的分布状态的信息。
    • 56. 发明申请
    • Liquid Immersion Microscope
    • 液体浸液显微镜
    • US20090251691A1
    • 2009-10-08
    • US12083835
    • 2006-10-18
    • Hiromasa ShibataManabu KomatsuToshio Uchikawa
    • Hiromasa ShibataManabu KomatsuToshio Uchikawa
    • G01N21/01G01N21/88
    • G02B21/33
    • To provide a liquid immersion microscope device enabling nondestructive liquid immersion observation of a substrate without deteriorating quality of the substrate. To attain this, a liquid immersion microscope device of the present invention includes a supporting unit supporting a substrate as an observation target, an objective lens of a liquid immersion type, a first supplying unit supplying ultrapure water as a liquid for observation to a gap between a tip of the objective lens and the substrate, a first draining unit draining the liquid for observation after observation of the substrate, a second supplying unit supplying a liquid for cleaning, which is different from the liquid for observation drained by the first draining unit, to an area, of the substrate, that has been in contact with the liquid for observation, and a second draining unit draining the liquid for cleaning after the substrate is cleaned.
    • 提供一种液晶显微镜装置,其能够对基板进行非破坏性液浸观察,而不会降低基板的质量。 为此,本发明的液浸式显微镜装置包括:支撑单元,其支撑作为观察对象的基板,液浸型物镜;第一供给单元,其将超纯水作为观察用液体供给到第 物镜的尖端和基板,在观察基板之后排出用于观察的液体的第一排水单元,供给与第一排水单元排出的观察用液体不同的清洗用液体的第二供给单元, 与已经与用于观察的液体接触的基板的区域,以及在清洁基板之后排出用于清洁的液体的第二排出单元。
    • 57. 发明授权
    • Method, computer readable medium and apparatus for converting color image resolution
    • 方法,计算机可读介质和用于转换彩色图像分辨率的装置
    • US07583859B2
    • 2009-09-01
    • US11157910
    • 2005-06-22
    • Hiroaki SuzukiManabu Komatsu
    • Hiroaki SuzukiManabu Komatsu
    • G06K9/00G06K9/32G09G5/00H04N1/393
    • H04N1/3935G06T3/4015G09G5/02G09G2340/0407H04N1/40068H04N1/58
    • A method, computer readable medium and apparatus for converting color image resolution include inputting an image enlarging ratio, inputting target pixel data of an image in a first color space to be enlarged in a sequence, sampling reference pixels including the target pixel and pixels at least one of which links to the target pixel, and converting the reference pixel data into a second color space data. Other functions include extracting image feature quantities from the reference pixel data, selecting one of a plurality of pixel multiplying methods according to the extracted image feature quantities, multiplying the target pixel by the selected image multiplying method with an integer value based on the input image enlarging ratio, and outputting pixel data that have been generated by the target pixel multiplying step in a sequence.
    • 一种用于转换彩色图像分辨率的方法,计算机可读介质和装置,包括:输入图像放大率,输入第一颜色空间中的图像的目标像素数据以便按序列放大,至少包括目标像素和像素的参考像素 其中一个链接到目标像素,并将参考像素数据转换为第二颜色空间数据。 其他功能包括从参考像素数据提取图像特征量,根据提取的图像特征量选择多个像素乘法方法中的一个,根据所输入的图像放大将目标像素乘以所选择的图像乘法方法与整数值 并按顺序输出由目标像素乘法步骤生成的像素数据。